OUTCOME 1

TUTORIAL 1 - CONDUCTION Conduction through flat, cylindrical and spherical layers. Thermal conductivity Therrmal Resistance Conduction through multiple layers

CONVECTION AND RADIATION Surface heat transfer coefficient. Natural and forced convection. Thermal resistance Overall heat transfer coefficient. Stefan-Boltzmann constant Black bodies Emissivity and Shape Factors

OUTCOME 2

HEAT TRANSFER COEFFICIENTS Boundary layers Dimensional analysis Reynolds, Nusselt, Prandtl, Grashof and Stantoon Numbers. Basic Heat Transfer Problems

OUTCOME 3

HEAT EXCHANGERS Heat Flow through a Long Tube Logarithmic Mean Temperature Parallel, Contra and Cross Flow Heat Exchangers Fouilng Effectiveness

OUTCOME 4

PLANT PROCESSES Solid, Liquid and Gaseous Fuels Combustion Equations Combustion by Mass Combustion by Volume Calorific Values Enthalpy of Reaction Bomb and Boy's Calorimeter Flue Gas Analysis

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